Europe on five projections

Europe covers 5,939,872 km² of ground. Mercator draws it 3.18 times over. Area and shape readings on all five projections, each one measured.

3.18 times

Europe's anchor sits at 51.7° N and Mercator draws its area 3.18 times over, the second highest of the six continents. Equirectangular gives 1.70, Natural Earth 1.37. Same ground, same true area, three maps, three answers.

Oceania is actually larger

Oceania covers 8,520,762 km² against Europe's 5,939,872 - it is 1.43 times the size. Mercator draws Europe bigger. That is the kind of lie this site is about: not an estimate that is a little off, but an ordering that is the wrong way round.

This object

True area
5,939,872 km²
Anchor latitude
51.7° N
Angular radius
29.1°
Draggable latitude range
-70.1° … 56.2°

On five projections

Each number is measured against its own projection's equator, not against another projection. These five rows do not share an axis - they are five answers to the same question: what did this map give up to lay this place flat?

ProjectionArea distortionShape distortion
Equirectangular1.701.61
Mercator3.181.00 constant
Natural Earth1.371.27
Equal Earth1.00 constant1.30
Gall-Peters1.00 constant1.30

Mercator inflates it most, 3.18 times over. Equirectangular stretches it most: its long axis is 1.61 times its short one.

The same size, drawn otherwise

Nothing in the catalogue is close to Europe's area at a far enough latitude to be worth the comparison.

Bigger than the map admits

These cover more ground than Europe and Mercator draws them smaller anyway.

  • Oceania: Oceania is truly 1.43 times larger, and Mercator still draws this one 1.49 times bigger.

On an equal-area projection this section is empty, for every object there is. An equal-area map draws in proportion to true area, so it cannot draw a larger thing smaller. That is a definition, not a coincidence.

Open it in the tool

Drag Europe across the latitude bands and the readout follows.